The Stability of the Hydrogen Atom in the STEP-19 Theory: Radiation, Spectral Lines, and Quantization

Michael Kolonutov*

Received : June 08, 2026 | Published : June 26, 2026

Citation: M. Kolonutov, “The Stability of the Hydrogen Atom in the STEP-19 Theory: Radiation, Spectral Lines, and Quantization,” Phys. J. Theor. Exp. Stud. 2(2), 1–14 (2026). DOI: 10.64978/pjtes.2026.0626010

Abstract

The topic of the article is the investigation of the planetary model of a hydrogen atom within the framework of the System Theory of the Electrical Phenomena STEP-19. The goal of the article is to derive mathematical models describing the motion of the electron and its electric fi eld. The object of the study is the electron and its electric fi eld within the hydrogen atom. The method of the study involves using the System Theory of the Electrical Phenomena as presented in a Russian-language article (ISBN: 978-613-9-45190-6) and its English-language version (ISBN: 978-613-9-93202-3). The basic results are as follows: 1) A necessary and sufficient condition under which an accelerating charge carrier does not radiate has been obtained. 2) The linear speed of the electron moving along a stationary orbit has been determined. 3) The equation of its motion in the case of random deviation from the stationary orbit has been derived. 4) The solutions of the equation for different values of the motion parameters have been studied. 5) The conditions under which the radiation entering the human organs of vision is processed into a particular color sensation have been described. 6) The causes of spectral line formation have been identified. 7) The mechanism of quantization of radiation has been shown.

Keywords: theory of electrical phenomena, stability of the hydrogen atom, radiation, polarization, spectral lines, quantization.